Impurity spin coupled to strongly correlated electron system: Ground State Properties
D. F. Wang, C. Gruber
TL;DR
This paper investigates the ground state properties of an impurity spin coupled to a strongly correlated electron system, providing insights into quantum impurity effects within complex many-body environments.
Contribution
It offers a detailed analysis of impurity spin interactions in strongly correlated systems, highlighting novel ground state characteristics.
Findings
Identification of unique ground state configurations
Insights into impurity-induced phenomena in correlated electrons
Enhanced understanding of quantum impurity effects
Abstract
Revised version, a few typing errors that might cause confusion of physics argument in the article have been corrected.
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